Answer
Step by step text solution for Find the value of the following: tan1/2[sin^-1(2x/(1+x^2)) + cos^-1(1-y^2)/(1+y^2)], |x|<1, y>0 ਅਤੇ xy<1 by MATHS experts to help you in doubts & scoring excellent marks in Class 12 exams.
|
PSEB-INVERSE TRIGONOMETRIC FUNCTIONS-Exercise
- Find the value of the following: tan^-1[2 cos(2sin^-1(1/2))]
01:36
|
- Find the value of the following: cot (tan^-1 a + cot^-1 a)
01:39
|
- Find the value of the following: tan1/2[sin^-1(2x/(1+x^2)) + cos^-1(1-...
06:58
|
- If sin(sin^–1(1/5) + cos^–1x) =1, then find the value of x.
02:50
|
- If tan^-1 ((x-1)/(x-2))+tan^-1((x+1)/(x+2))=pi/4, then find the value ...
05:01
|
- The value of sin^-1 (sin (2π/3)) is :
03:19
|
- The value of tan^-1 (tan (3π/4)) is :
02:49
|
- Find the value of tan(sin^-1 frac{3}{5} + cot^-1 frac{3}{2}).
03:04
|
- cos^-1 (cos frac{7pi}{6}) is equal to :
02:05
|
- sin (frac {pi}{3} - sin^-1 (-frac{1}{2})) is equal to:
01:47
|
- tan^-1 (sqrt3) -cot^-1 (-sqrt3) is equal to :
05:06
|
- cos^-1 (cos 13 pi/6) is :
02:54
|
- Find the value of the following: tan^-1(tan(7pi/6))
04:12
|
- Prove that : 2sin^-1 (3/5) = tan^-1 (24/7)
02:47
|
- Prove that : sin^-1 (8/17) + sin^-1(3/5) = tan^-1 (77/36)
03:43
|
- Prove that : cos^-1 (4/5) + cos^-1(12/13) = cos^-1 (33/65)
11:15
|
- Show that cos^-1 frac{12}{13} + sin^-1 frac {3}{5}= sin^-1 frac {56}{6...
03:18
|
- Prove that : sin^-1 (5/13) +cos^-1 (3/5) =tan^-1 (63/16)
09:06
|
- tan^-1 frac{1}{5} + tan^-1 frac{1}{7} + tan^-1 frac {1}{3} + tan^-1 fr...
03:34
|
- Prove that tan^(-1)sqrtx = 1/2cos^(-1) ((1-x)/(1+x)), x in [0,1]
04:33
|